1. Statement of the problem
The project will center on the benefits the RFID technology will present to the Mayo Clinic Hospital. Some of the expectations include the RFID technology providing numerous functional benefits to the hospitals such as tracking the location of Medical equipment in an attempt of restricting the loss or theft of medical equipment. Additionally, it will have the capacity of tracking personnel including nurses, newborn babies, patients, doctors, and visitors, in an endeavor to boost efficiency and security in the tracking of drugs, blood bags, and medicines. Consequently, the expectation is that the RFID technology will enhance the identification and verification process in reducing medical mistakes and decreasing the costs of healthcare.
The RFID tags will provide the effective means of communication with a networked system for tracking all the products of the hospital. Imagine going to Mayo Clinic and getting all the medical attentions and afterwards treading out of the clinic. The technology will also present the hospital with the capacity of making follow-ups on the products that they stock up immediately after their acquisition (Kolker, 2011). Outside the hospital territory, the RFID tagging will also track other properties of the hospital such as the vehicles and even patients. Some detractors suggest that technology has become extremely a component of humanity lives, as persons are even conscious of every segment of their lives, which it influences. In the subsequent body texts, in the next chapters, there will be an illustration of RFID types and the manner of tracking the tags through the whole chain of supply. There will also be considerations of the critics regarding the effects resulting from the applications of the RFID tagging in humans and the social order.
2. Situational analysis
There should be a connection of RFID tags on the bottles of medication such that when read by a suitable RFID, there occurs a presentation to the visually blighted person audible information regarding the medicinal contents. Correspondingly, the RFID tags should also be attachable to the records of patients or even entrenched underneath the skins of the patients in order to grant the medical staff access to crucial information through merely waving an RFID reader near the tag. This is akin to tracking prisoners in protected institutions through special wristbands with entrenched RFID tags.
3. Premise
Deployment of the RFID technology at the Mayo Clinic Hospital will be beneficial in the health facility. However, how beneficial will the RFID benefit the health facility? Will the health facility be able to improve because of the new gadget? There are numerous grounds as to why the consideration of the gadget as a success already in many quarters in the market. How effective will, it operates in the facility. From the research about the gadget, the health facility will suffer fewer losses in that; medical equipments thefts will be less. The gadget will be able to track the patients who may be planning to escape to pay the medical bills. Its installation will enhance the identification and verification at the hospital (Institute of Medicine, 2006).
4. Definitions
Radio Frequency Identification (RFID) refers to the utilization of a wireless system that is non-contact, which makes use of fields of radio frequency electromagnetic in transferring data from a tag connected to an element with the intention of automatic recognition along with tracking. Certain tags need no batteries and get their power from the fields of electromagnetism utilized in reading them. Others make use of local power sources and emit waves of radio, which are the radiations of electromagnetism from the radio frequencies. The tag comprises of electronically piled up information that is readable from several meters away or yards. Contrary to a bar code, a tag does not require to be inside a line of vision of the reader as its embodiment could be in the tracked entity. The utilization of RFID is in numerous industries as their attachment on objects can be effective in tracking down progress through the lines of production. The pharmaceuticals too can be traceable through the warehouses consequently boosting the attempts of positive identification (Lehpamer, 2012).
Since the tags of RFID can be attachable or even, be implantable within various objects, the probability of reading personally connected information without permissions has elicited privacy concerns. The utilization of the RFID does not need contact or communication sight line as it is readable through non-metallic elements, clothing, and the human body.
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6. Delimitations
The article is about a research proposal on how the deployment of the RFID technology at the Mayo Clinic Hospital will be beneficial in the health facility. The research will be beneficial for the health facility when enacted. Although it will be an expensive affair, the health facility will greatly benefit from the activity. The health facility will suffer fewer losses in that; medical equipments thefts will be less. The gadget will be able to track the patients who may be planning to avoid payment of their bills. There will efficiency in the services offered to clients in that, by the use of the RFID technology, doctors will be traceable in a faster way.
7. Introduction
Radio Frequency Identification not only presents tracking ability to locate people and equipment in actual time, but it also offers effective and precise access to doctors medical data, as well as, additional health experts. Nevertheless, the RFID reality implementation is far behind prior anticipation. This study will assess the literature on RFID utilization in Mayo Clinic founded on both formal and informal research framework. The aim is to make out the present opportunities, adoption barriers, and potential benefits. The study will also demonstrate that the majority of providers of care pointed out that RFID are functional and effective in tracking of assets and identification of patients. The key barriers to adoption include technological restrictions, privacy concerns, and prohibitive costs.
Despite RFID presenting healthcare personnel benefits to improve clinical procedure, RFID systems designed better are a prerequisite for the increment of acceptance along with proper utilization of RFID in Mayo Clinic. RFID demonstrates great assurance in assisting Mayo Clinic enhance the safety of patients and realize operational efficiency, even though it also offers challenges in implementation such as obstruction with privacy concerns, medical devices, lack of international standards, and prohibitive costs.
Mayo Clinic is an admission hospital in Jacksonville, Florida for the Mayo Clinic. The hospital boasts of twenty-two rooms of operation and two hundred and fourteen beds and provides care in over thirty-five surgical and medical specialties. In addition, the hospital entails an emergency department that is operational and open to all. During the 2008 evaluation of the US hospitals, the hospital ranked 23rd in the specialization of adults and 46th for the specialization on the gastrointestinal disorders.
References
Institute of Medicine (U.S.)., & National Academies Press (U.S.). (2006). Hospital-based emergency care: At the breaking point. Washington, D.C: National Academies Press.
Joia, L. A. (2007). Strategies for information technology and intellectual capital: Challenges and opportunities. Hershey: Idea Group Pub.
Kolker, A. (2011). Management engineering for effective healthcare delivery: Principles and application. Hershey: Medical Information Science Reference.
Lehpamer, H. (2012). RFID Design Principles. Norwood: Artech House.
Tyler, A. R. (2007). Expert systems research trends. New York: Nova Science Publishers.
